CN208036807U - A kind of poly-bag printer device of automatic packaging equipment - Google Patents
A kind of poly-bag printer device of automatic packaging equipment Download PDFInfo
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- CN208036807U CN208036807U CN201820485352.4U CN201820485352U CN208036807U CN 208036807 U CN208036807 U CN 208036807U CN 201820485352 U CN201820485352 U CN 201820485352U CN 208036807 U CN208036807 U CN 208036807U
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Abstract
The utility model discloses a kind of poly-bag printer device of automatic packaging equipment, the poly-bag printer device of the automatic packaging equipment includes marking component, the marking component includes marking mounting bracket, printing forme for providing marking pattern, bat printing component for carrying out bat printing, lubricating cup component for providing ink, for by the ink solidification component of ink solidification, and the bat printing drive component for driving bat printing component and lubricating cup component to move, the printing forme are mounted on the lower section on marking mounting bracket and positioned at bat printing component and lubricating cup component.The poly-bag printer device of automatic packaging equipment according to the present utility model carries out marking by marking component to poly-bag, and poly-bag passes through from the channel between marking component and rack, realizes the online mobile marking operation to poly-bag.
Description
Technical field
The utility model is related to a kind of poly-bag bat printing of automatic packaging field more particularly to automatic packaging equipment dresses
It sets.
Background technology
During automated production, as remote controler product automated production during, need to pack product,
The operations such as encapsulation.It needs to carry out marking operation to packaging poly-bag in the processing to remote controler product packaging.Marking at this stage
Device or equipment can not carry out marking operation to the packaging facilities of continuous productive process.
Utility model content
The purpose of the utility model is to provide a kind of automatic packaging equipment that mobile marking can be carried out to poly-bag
Poly-bag printer device.
The utility model is achieved through the following technical solutions：A kind of poly-bag printer device of automatic packaging equipment is provided,
The poly-bag printer device of the automatic packaging equipment includes marking component, and the marking component includes marking mounting bracket, is used for
The printing forme of marking pattern, the bat printing component for carrying out bat printing, the lubricating cup component for providing ink, for consolidating ink are provided
The ink solidification component of change, and the bat printing drive component for driving bat printing component and lubricating cup component to move, the printing forme peace
Lower section on marking mounting bracket and positioned at bat printing component and lubricating cup component.
As a further improvement of the above technical scheme, the poly-bag printer device of the automatic packaging equipment further includes using
Mobile Three-axis drive component is carried out in driving marking component and the driving mounting bracket for installing Three-axis drive component, it is described
Three-axis drive component includes the X-axis drive component for driving bat printing component to move along the x-axis, for driving bat printing component along Y-axis
Mobile Y-axis drive component, and the Z axis drive component for driving bat printing component to be moved along Z axis, the bat printing component are mounted on
On Y-axis drive component, the Y-axis drive component is connected with Z axis drive component, the Z axis drive component and X-axis drive component
It is connected.
As a further improvement of the above technical scheme, the bat printing drive component includes bat printing driving cylinder, bat printing drive
Dynamic sliding rail and bat printing drive sliding block, the bat printing driving sliding block to be set on bat printing driving sliding rail, the bat printing driving cylinder with
Bat printing driving sliding block is connected, and the bat printing component is connected with bat printing driving sliding block.
As a further improvement of the above technical scheme, the bat printing component includes the marking for carrying out marking to poly-bag
Head, and for driving marking head to carry out mobile marking cylinder, the marking head connects with marking cylinders, the marking cylinder
On bat printing driving sliding block.
As a further improvement of the above technical scheme, the lubricating cup component includes for storing ink and filling ink
Lubricating cup on to printing forme and the mounting bracket for installing lubricating cup, the mounting bracket are connected with bat printing component.
As a further improvement of the above technical scheme, the ink solidification component is mounted on the bottom of marking mounting bracket,
The ink solidification component includes UV cure lamps, and the bottom of the marking mounting bracket is provided with the solidification for installing UV cure lamps
Lamp mounting groove.
The beneficial effects of the utility model include at least：The poly-bag printer device of the automatic packaging equipment of the utility model
In, marking is carried out to poly-bag by marking component, poly-bag passes through from the channel between marking component and rack, realizes to poly-bag
Online mobile marking operation.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram according to the automatic packaging equipment of the utility model one embodiment；
Fig. 2 is the schematic top plan view according to the automatic packaging equipment of the utility model one embodiment；
Fig. 3 is the stereoscopic schematic diagram according to the feed rail of the utility model one embodiment；
Fig. 4 is the stereoscopic schematic diagram according to the pushing material component of the utility model one embodiment；
Fig. 5 is another stereoscopic schematic diagram according to the pushing material component of the utility model one embodiment；
Fig. 6 is the stereoscopic schematic diagram according to the poly-bag feed device of the utility model one embodiment；
Fig. 7 is another stereoscopic schematic diagram according to the poly-bag feed device of the utility model one embodiment；
Fig. 8 is the stereoscopic schematic diagram according to the poly-bag separating device of the utility model one embodiment；
Fig. 9 is another stereoscopic schematic diagram according to the poly-bag separating device of the utility model one embodiment；
Figure 10 is the stereoscopic schematic diagram according to the demarcation strip of the utility model one embodiment；
Figure 11 is the stereoscopic schematic diagram according to the poly-bag packaging system of the utility model one embodiment；
Figure 12 is the stereoscopic schematic diagram according to the poly-bag cutting assembly of the utility model one embodiment；
Figure 13 is the stereoscopic schematic diagram according to the envelope conveying assembly of the utility model one embodiment；
Figure 14 is according to the envelope conveying assembly of the utility model one embodiment and the stereoscopic schematic diagram of closing component；
Figure 15 is the stereoscopic schematic diagram according to the running fix component of the utility model one embodiment；
Figure 16 is another stereoscopic schematic diagram according to the running fix component of the utility model one embodiment；
Figure 17 is another three-dimensional signal according to the envelope conveying assembly and closing component of the utility model one embodiment
Figure；
Figure 18 is the stereoscopic schematic diagram according to the adhesive tape feed device of the utility model one embodiment；
Figure 19 is another stereoscopic schematic diagram according to the adhesive tape feed device of the utility model one embodiment；
Figure 20 is another stereoscopic schematic diagram according to the adhesive tape feed device of the utility model one embodiment；
Figure 21 is the stereoscopic schematic diagram according to the adhesive tape pushing plate of the utility model one embodiment；
Figure 22 is the stereoscopic schematic diagram according to the poly-bag printer device of the utility model one embodiment；
Figure 23 is another stereoscopic schematic diagram according to the poly-bag printer device of the utility model one embodiment；
Figure 24 is another stereoscopic schematic diagram according to the poly-bag printer device of the utility model one embodiment；
Figure 25 is the schematic side view according to the poly-bag printer device of the utility model one embodiment；
Figure 26 is the schematic diagram according to the continuous poly-bag of the utility model one embodiment；
Figure 27 is the flow chart of remote controler product automatic packaging method according to the present utility model.
Specific implementation mode
Below in conjunction with attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Usually
The component for the embodiment of the present invention being described and illustrated herein in the accompanying drawings can be arranged and be designed with a variety of different configurations.Cause
This, the detailed description of the embodiment of the present invention to providing in the accompanying drawings is not intended to limit claimed invention below
Range, but it is merely representative of the selected embodiment of the present invention.Based on the embodiment of the present invention, those skilled in the art are not doing
The every other embodiment obtained under the premise of going out creative work, shall fall within the protection scope of the present invention.
As shown in Figure 1 to Figure 2, a kind of remote controler product automated packaging equipment 1000, the remote controler product are packed automatically
Equipment includes auto instrument automatic needle press 100, for being sent into remote controler to be packaged；Feed rail 200, for receiving from auto instrument automatic needle press
Remote controler to be packaged；Poly-bag feed device 400, for supplying continuous poly-bag, the poly-bag has blind end and open end；
Poly-bag printer device 500, for the poly-bag into marking；Poly-bag separating device 600, for supportting the open end of the poly-bag
It opens；Pushing material component 300, the inside for open end of the remote controler through the poly-bag to be sent into the poly-bag；Adhesive tape feed device
800, for providing the adhesive tape for carrying out folded package to the poly-bag cut off；Poly-bag packaging system 700, for remote controler will to be accommodated
The poly-bag cut off one by one, and the poly-bag to cutting off carry out folded package；Flow back track 900, for will carry out folding envelope
The poly-bag of dress is sent into the auto instrument automatic needle press.
By the way that the product to be packaged in auto instrument automatic needle press 100 is manually placed into feed rail after being screened and being detected
On 200, by poly-bag packaging system 700 by product and glue after product to be packaged is pushed in poly-bag by pushing material component 300
Bag is packaged and is transported to reflux track 900, then will complete the product reflux packed to assembly line by the track 900 that flows back
Body 100.Complete the fully-automatic packaging process of entire remote controler product, time saving and energy saving, high degree of automation.
As shown in Figure 6 to 7, the poly-bag feed device 400 includes poly-bag feeding mounting bracket 410, continuous for installing
Poly-bag volume rubber roller 420, the poly-bag binder component 430 of the side for pushing continuous poly-bag, and for fixed continuous
The poly-bag of poly-bag expects component 440 surely.The poly-bag binder component 430 and poly-bag expect that component 440 is installed in poly-bag feeding peace surely
It shelves on 410, the poly-bag expects that component 440 is located at the downstream of the poly-bag conveying direction of poly-bag binder component 430 surely.The poly-bag
Feed device 400 has blind end and open end for supplying continuous poly-bag, the poly-bag.
It is the schematic diagram of continuous poly-bag as shown in figure 26, the poly-bag has blind end and open end 1301, wherein sealing
Closed end includes that the bottom lock end 1303 of the bottom of poly-bag and the end of poly-bag cut off poly-bag by bag cutting assembly 710
The end-enclosed end 1302 formed afterwards.Herein, " continuous poly-bag " refers to the pre- opening company volume for automatic packaging equipment
Poly-bag or one-sided open even roll up polybag.The continuous poly-bag passes through poly-bag cutting assembly 710 after being packed into remote controler
It is cut off, forms the poly-bag individually cut off.
Herein, " poly-bag conveying direction " is specially and rolls up rubber roller 420 → poly-bag binder 430 → poly-bag of component to expect component surely
440 → poly-bag gag lever post 450 → poly-bag printer device 500 → poly-bag, 600 → poly-bag of separating device packaging system 700.
The poly-bag binder component 430 includes poly-bag press cylinder 431 and poly-bag holding pad 432, the poly-bag binder gas
Cylinder 431 is mounted on poly-bag feeding mounting bracket 410, and the poly-bag holding pad 432 is connected with poly-bag press cylinder 431, described
Continuous poly-bag pass through poly-bag holding pad 432 lower section.
The poly-bag expects that component 440 expects that cylinder 441, poly-bag determine flitch 442 and poly-bag and expect roller 443 surely surely including poly-bag surely,
The poly-bag determines flitch 442 and expects that cylinder 441 is connected surely with poly-bag, and the poly-bag expects that roller 443 is arranged and determines flitch 442 in poly-bag surely
Side, the continuous poly-bag determines flitch 442 and poly-bag from poly-bag and expects to pass through between roller 443 surely.The poly-bag determines flitch
442 are equipped with buffer board, and the buffer board is silica gel or rubber product, and buffer board can enable the continuous poly-bag
It is more firm be fixed on poly-bag and determine flitch 442 and poly-bag expect surely between roller 443.
The poly-bag feed device 400 further includes poly-bag gag lever post 450, and the poly-bag gag lever post 450 is set side by side with two
Root, the continuous poly-bag are passed through between two poly-bag gag lever posts 450.Specifically, two poly-bag gag lever posts 450
Between spacing can be modified according to the difference of poly-bag.The poly-bag gag lever post 450 is prevented for being limited to poly-bag
Poly-bag displacement influences subsequent packet assembler.
The specific work process of poly-bag feed device 400：Expect that cylinder 441 drives poly-bag to determine flitch surely by poly-bag first
The continuous poly-bag is fixed on poly-bag and determined between flitch 442 and poly-bag expect roller 443 surely by 442 movements, then poly-bag binder
Cylinder 431 drives poly-bag holding pad 432 to push that poly-bag movement is driven to take poly-bag from volume rubber roller 420 out of, then, poly-bag
Press cylinder 431 drives poly-bag holding pad 432 to rise, and then, poly-bag expects that cylinder 441 drives poly-bag to determine flitch 442 and returns to original surely
, then the pushing material component 300 drives the continuous poly-bag to continue to convey to the downstream of conveying direction.
Poly-bag feed device 400 expected surely by poly-bag component 440 by poly-bag downstream fix after by poly-bag binder component 430
Poly-bag is taken out of from volume rubber roller 420 so that poly-bag feed device 400 can convey poly-bag, stable structure with fixed length.
As shown in Figure 22 to Figure 25, the poly-bag printer device 500 includes marking component 510, and the marking component 510 wraps
Marking mounting bracket 511 is included, the printing forme 512 for providing marking pattern, the bat printing component 513 for carrying out bat printing, for providing
The lubricating cup component 514 of ink, and for driving bat printing component 513 and lubricating cup component 514 to carry out mobile bat printing drive component
515, the bat printing drive component 515 is mounted on marking mounting bracket 511, the bat printing component 513 and bat printing drive component 515
It is connected, the lubricating cup component 514 is connected with bat printing component 513, and the printing forme 512 is mounted on marking mounting bracket 511 simultaneously
Positioned at the lower section of bat printing component 513 and lubricating cup component 514.
Marking pattern 5121 is provided on the printing forme 512.It is formed with for institute between the marking component 510 and rack
The continuous poly-bag stated by channel, be exactly specifically marking mounting bracket 511 bottom with driving mounting bracket 530 bottom
Between have vertical range H so that the continuous poly-bag can by the bottom of marking mounting bracket 511 pass through marking group
Part 510.
The poly-bag printer device 500 further includes for driving marking component 510 to carry out mobile Three-axis drive component 520
And the driving mounting bracket 530 for installing Three-axis drive component 520, the driving mounting bracket 530 is mounted in rack, described
Marking component 510 is connected with Three-axis drive component 520, is formed with for described between the marking component 510 and rack
Continuous poly-bag by channel.The Three-axis drive component 520 includes that the X-axis for driving bat printing component to move along the x-axis is driven
Dynamic component 521, the Y-axis drive component 522 for driving bat printing component to be moved along Y-axis, and for driving bat printing component to be moved along Z axis
Dynamic Z axis drive component 523, the bat printing component are mounted on Y-axis drive component 522, the Y-axis drive component 522 and Z axis
Drive component 523 is connected, and the Z axis drive component 523 is connected with X-axis drive component 521.
The Three-axis drive component 520 is used to adjust the position of marking component 510, according to different products and then adjusts print
The position of component 510 is marked to adapt to a variety of different products.Specifically, the X-axis drive component 521 includes that X-axis driving is slided
Bar 5211, X-axis driving moving member 5212 and X-axis drive cylinder, the X-axis driving moving member 5212 to be mounted on X-axis driving and slide
On bar 5211, the Z axis drive component 523 is mounted on X-axis driving moving member 5212, under the driving that X-axis drives cylinder, Z
Axis drive component 523 moves in the X-axis direction along X-axis driving slider 5211.
The Z axis drive component 523 includes Z axis driving motor 5231, Z axis driving guide rail 5232 and Z axis driving movement
Part 5233, the Z axis driving moving member 5233 are mounted on Z axis driving guide rail 5232, and the Y-axis drive component 522 is mounted on Z
Axis drives on moving member 5233, and under the driving of Z axis driving motor 5231, Y-axis drive component 522 drives guide rail 5232 along Z axis
It is mobile；In the present embodiment, the Z axis driving guide rail 5232 uses screw structure, the Z axis driving moving member 5233 and lead screw
Cooperation drives lead screw rotation to drive Z axis that moving member 5233 is driven to be moved on lead screw by Z axis driving motor 5231, from
And Y-axis drive component 522 is driven to be moved along Z axis driving guide rail 5232.
The Y-axis drive component 522 includes that Y-axis driving motor, Y-axis driving guide rail 5221 and Y-axis drive moving member
5222, the Y-axis driving moving member 5222 is mounted on Y-axis driving guide rail 5221, and the marking component 510 drives mounted on Y-axis
On dynamic moving member 5222, under the driving of Y-axis driving motor, marking component 510 is moved along Y-axis driving guide rail 5221；Similarly,
In the present embodiment, the Y-axis driving guide rail 5221 uses screw structure, the Y-axis driving moving member 5222 to coordinate with lead screw,
Drive lead screw rotation to drive marking component 510 to be moved on lead screw by Y-axis driving motor, to drive marking component
510 move along Y-axis driving guide rail 5221.It is understood that can realize that the Three-axis drive component 520 of above-mentioned effect can fit
For the present invention, however it is not limited to the Three-axis drive component 520 in figure.
The bat printing drive component 515 includes that bat printing driving cylinder 5151, bat printing driving sliding rail 5152 and bat printing driving are slided
Block 5153, the bat printing driving sliding block 5153 are set on bat printing driving sliding rail 5152, the gas of the bat printing driving cylinder 5151
Cylinder shaft is connected with bat printing driving sliding block 5153, and the bat printing component 513 is connected with bat printing driving sliding block 5153.
The bat printing component 513 includes the marking head 5131 for carrying out marking to the continuous poly-bag, and is used for
Driving marking head 5131 carries out mobile marking cylinder 5132, and the marking head 5131 is connected with marking cylinder 5132, described
Marking cylinder 5132 is mounted on bat printing driving sliding block 5153.Specifically, the marking head 5131 is pyramid type marking head 5131,
The marking head 5131 is dismountable marking head 5131, can replace marking head 5131 according to the material of product.
The lubricating cup component 514 include for store ink and by ink be filled into lubricating cup 5141 on printing forme 512 and
Mounting bracket 5142 for installing lubricating cup 5141, the mounting bracket 5142 are connected with bat printing component 513.Specifically, institute
Mounting bracket 5142 is stated to connect with 512 cylinders of printing forme.The lubricating cup 5141 passes through mounting bracket 5142 and 513 shape of bat printing component
At linkage so that the distance between lubricating cup 5141 and marking head 5131 are with marking pattern 5121 on printing forme 512 and to the company
Distance is identical between the position of continuous poly-bag progress marking.As a result, when bat printing drive component 515 drives bat printing component 513 to move
When to the position of marking to the continuous poly-bag marking, lubricating cup 5141 can link the marking pattern being moved on printing forme 512
Ink filling is carried out at 5121.
The marking component 510 further includes for by the quick-setting ink solidification component 516 of ink, the ink solidification
Component 516 is mounted on the bottom of marking mounting bracket 511.Specifically, the marking mounting bracket 511 is mounted on Y-axis drive component 522
On, it is reserved between the marking mounting bracket 511 and rack for the channel by the continuous poly-bag.That is the company
Continuous poly-bag can pass through after completing marking from the lower section of marking mounting bracket 511, then by ink solidification component 516 by ink
It is solidificated on the continuous poly-bag.
The ink solidification component 516 includes UV cure lamps, and the bottom of the marking mounting bracket 511 is provided with for installing
The cure lamp mounting groove 5161 of UV cure lamps.The UV cure lamps are mounted in cure lamp mounting groove 5161.UV cure lamps are strong
Ultraviolet light high-pressure mercury-vapor lamp, be using in UV ultraviolet lights, shortwave (300-800 nanometers) under uv radiation, in liquid UV materials
Photoinitiator it is stimulated become free radical or cation, to cause containing active function groups high molecular material (resin) polymerization
At insoluble insoluble solid paint film.Correspondingly, the ink stored in the lubricating cup 5141 is UV ink.
The specific work process of the poly-bag printer device 500：The continuous poly-bag passes through adhesive belt transferring device quilt
It is delivered to the lower section of marking component 510, marking cylinder 5132 drives marking head 5131 to move down to 5121 top of marking pattern
After taking print, the drive bat printing of bat printing drive component 515 component 513 is moved to the top of the continuous poly-bag.Marking gas
Cylinder 5132 drives marking head 5131 to move down and carries out marking to the continuous poly-bag, meanwhile, lubricating cup component 514 can link
It is moved to progress ink filling at the marking pattern 5121 on printing forme 512.Before the continuous poly-bag that marking is completed continues
Passed through mounted on marking mounting bracket 511 bottom ink solidification component 516 and ink is consolidated by ink solidification component 516
Change.Bat printing drive component 515 drives bat printing component 513 to be moved to 5121 top of marking pattern and take under print is after the completion of marking
One time marking is prepared, and is recycled successively.
As shown in Fig. 8 to Figure 10, the poly-bag separating device 600 includes the separation for separating the continuous poly-bag
Plate 610, the positioning plate 620 for being positioned to the continuous poly-bag, and for supportting the continuous poly-bag
The strutting assembly 630 opened；The positioning plate 620 is arranged in the top of the demarcation strip 610；The demarcation strip 610 includes being located at
The transverse sides 611 at the continuous poly-bag bottom lock end 1303 and inside the poly-bag it is described continuous for separating
Poly-bag longitudinal side 612, the longitudinal side 612 is pierced by the continuous poly-bag；The strutting assembly 630 is wrapped
It includes for stretching in the continuous poly-bag to strut the opening and closing part of the open end 1301 of poly-bag.
It is set on demarcation strip 610 specifically, the continuous poly-bag can be considered as, i.e., described is continuous
The upper layer of poly-bag be located at the top of demarcation strip 610, the lower layer of the continuous poly-bag is located under demarcation strip 610
Side, the transverse sides 611 of the demarcation strip 610 and the bottom connection of the closure of the continuous poly-bag touch, the demarcation strip
610 longitudinal side 612 is pierced by by the open end 1301 of the continuous poly-bag, so that the continuous poly-bag exists
Pass through demarcation strip 610 when mobile, first can prevent the continuous poly-bag from being deviated in moving process, and second can prevent
The open end 1301 of the continuous poly-bag have be adhered phenomenon cause product can not enter the continuous poly-bag in.
The strutting assembly 630 includes folding cylinder 631, and the opening-closing plate 632 being connected with folding cylinder 631 is described to open
Component is connected with opening-closing plate 632.The opening and closing part can be plastic plate or plastic band etc., and the opening and closing part stretches to described
In continuous poly-bag, the continuous poly-bag is opened under the driving of folding cylinder 631 and opening-closing plate 632, as long as therefore
It can realize that the opening and closing part of above-mentioned function or effect may be applicable to the present invention, the improvement thus carried out to opening and closing part also belongs to this
The protection domain of invention, details are not described herein.
The positioning plate 620 is mounted on by positioning mounting plate 640 in rack 1100, is provided on the positioning plate 620
Positioning plate mounting groove 621 for being connected with positioning mounting plate 640, the positioning mounting plate 640 are located at transverse sides 611
Side.Specifically, the positioning plate 620 is located at the top of demarcation strip 610 and the continuous poly-bag, pass through the positioning
Plate 620 can prevent the continuous poly-bag from moving up and down, such as when strutting assembly 630 opens the continuous poly-bag
It can guarantee that the product inlet part that only strutting assembly 630 is opened is opened, the continuous poly-bag can be effectively prevent to become
Shape causes fold to influence the beauty packed.On the other hand, the positioning mounting plate 640 is located at the side of transverse sides 611, i.e. institute
The bottom of the continuous poly-bag is stated between transverse sides 611 and positioning mounting plate 640, it is possible thereby to described in ensureing
Continuous poly-bag will not deviate in moving process, be effectively guaranteed the beauty of packaging and being smoothed out for subsequent operation.
The positioning plate 620 is connected by positioning plate mounting groove 621 with positioning mounting plate 640, it is possible thereby to adjust positioning plate 620
Position so that the scope of application of poly-bag separating device 600 is wider.
The demarcation strip 610 is L-shaped, and the demarcation strip 610 is mounted on by separating mounting plate 650 in rack 1100, institute
The end set for stating the longitudinal side 612 of demarcation strip 610 is useful for the demarcation strip mounting groove being connected with separation mounting plate 650
613.The lower section of the demarcation strip 610 can form the gap for making the continuous poly-bag pass through, and pass through demarcation strip mounting groove
613 can adjust the position of demarcation strip 610, it is possible thereby to be adjusted according to the sizes and types of the continuous poly-bag,
So that the scope of application of poly-bag separating device 600 is wider.
Refering to fig. 11, the poly-bag packaging system 700 of the automatic packaging equipment includes for the glue to accommodating product
The running fix component 740 that bag is positioned and the closing component 750 for carrying out fold closure to the opening of the poly-bag.Tool
For body, the poly-bag packaging system 700 include poly-bag cutting assembly 710, envelope conveying assembly 720, sealing mounting bracket 730,
Running fix component 740 and closing component 750, the envelope conveying assembly 720 are mounted in rack 1100, the poly-bag cut-out
Component 710 is located at the feed inlet of envelope conveying assembly 720, and the sealing mounting bracket 730 is located at the upper of envelope conveying assembly 720
Side, the running fix component 740 are mounted on sealing mounting bracket 730, and the closing component 750 is located at envelope conveying assembly
720 side.
As shown in figure 12, the poly-bag cutting assembly 710 includes the fixing piece 711 for fixing continuous poly-bag, is used
In the blank 712 for cutting off continuous poly-bag, for driving fixing piece 711 and blank 712 to carry out mobile cut-out cylinder
713, and for the cut-out mounting bracket 714 of mounting fixing parts 711 and blank 712, the cut-out mounting bracket 714 and cut-out gas
Cylinder 713 is connected.The specific cut-out cylinder 713 is mounted on sealing mounting bracket 730, the fixing piece 711 and blank
712 are mounted on cut-out mounting bracket 714, and the fixing piece 711 is arranged in the both sides of blank 712.
The fixing piece 711 is the fixed plate being connected with cut-out mounting bracket 714, and the blank 712 is heating wire.Institute
It states poly-bag cutting assembly 710 and drives fixing piece 711 and blank 712 to move down by cutting off cylinder 713, be arranged in blank
The fixing piece 711 of 712 both sides is by the fixation of continuous poly-bag, by blank 712 so that the side that poly-bag is contacted with heating wire
It is fused by heating wire, continuous poly-bag is cut off to the poly-bag cut off to be formed and remote controler is individually housed.
As shown in Figure 13 to 14, the envelope conveying assembly 720 includes envelope conveyer belt 721,722 and of envelope feeder motor
Envelope conveying roller 723, the envelope conveyer belt 721 are set on the envelope conveying roller 723, the envelope feeder motor 722
With 723 be connected by power of envelope conveying roller.Include feed inlet 724, position to be sealed 725, sealing position on the envelope conveyer belt 721
726 and discharge port 727.
As shown in Figure 15 to 16, the running fix component 740 includes slide bar 741, positioning cylinder 742, positioning pressuring plate
743, slide plate 744, mobile push cylinder 745 and mobile pushing plate 746 are positioned, the mobile push cylinder 745 and slide bar 741 are pacified
On sealing mounting bracket 730, the positioning pressuring plate 743 is connected with positioning cylinder 742, and it is fixed that the positioning cylinder 742 passes through
Position slide plate 744 is set on slide bar 741, and the mobile pushing plate 746 is connected with mobile push cylinder 745 and is set in slide bar
On 741, the mobile pushing plate 746 is located at the side of positioning slide plate 744.
The running fix component 740 is used to carry out the poly-bag cut off that remote controler is housed on envelope conveying assembly 720
Positioning prevents the poly-bag cut off from shifting during mobile on envelope conveying assembly 720, leads to subsequent sealing program
Inaccuracy influences the beauty of sealing and the sealing of poly-bag.The running fix component 740 will by mobile push cylinder 745
Positioning cylinder 742 and positioning pressuring plate 743 push to 724 top of feed inlet of envelope conveying assembly 720, pass through positioning cylinder 742
The poly-bag equipped with product is fixed on the envelope conveyer belt 721 of envelope conveying assembly 720 with positioning pressuring plate 743, is then positioned
Cylinder 742, positioning pressuring plate 743 and poly-bag can be moved together with the movement of envelope conveyer belt 721, so that poly-bag is sealing
Poly-bag will not shift when being moved on bag conveying assembly 720.
Specifically, the positioning pressuring plate 743 is provided with two groups, the first positioning pressuring plate 7431 is for fixing at feed inlet 724
The poly-bag come in simultaneously is moved to position 725 to be sealed with the poly-bag, the second positioning pressuring plate 7432 for fixed position 725 to be sealed at
Poly-bag is simultaneously moved to sealing position 726 with the poly-bag.
The specific movement flow of the running fix component 740：The mobile push cylinder 745 drives mobile pushing plate
746 make the first positioning pressuring plate 7431 be moved to 724 top of feed inlet of envelope conveyer belt 721 with positioning slide plate 744, described fixed
Position cylinder 742 drives the first positioning pressuring plate 7431 and the second positioning pressuring plate 7432 to push will be on feed inlet 724 and position 725 to be sealed
Poly-bag fix, the mobile push cylinder 745 drives mobile pushing plate 746 to return to original position, and the envelope conveyer belt 721 is sealing
Operating is to drive positioning cylinder 742, the first positioning pressuring plate 7431, the second positioning pressuring plate under the drive of bag feeder motor 722
7432 and poly-bag move together, the poly-bag on feed inlet 724 and position 725 to be sealed is being delivered to position 725 to be sealed respectively
It shuts down with envelope conveying assembly 720 behind sealing position 726, closing component 750 starts to seal the poly-bag on sealing position 726
Mouthful, while the mobile push cylinder 745 drives mobile pushing plate 746 and positioning slide plate 744 so that the first positioning pressuring plate again
7431 are moved to 724 top of feed inlet of envelope conveyer belt 721, and so on, cycle operation.
4, Figure 16 and Figure 17 refering to fig. 1, the closing component 750 include poly-bag fixation kit 751, sealing positioning component
752, foldable assembly 753 and sealing pressing assembly 754 are sealed, the sealing positioning component 752 is located at sealing foldable assembly 753
Top, the sealing pressing assembly 754 are located at sealing positioning component 752 and seal the side of foldable assembly 753, and the sealing is fixed
Hyte part 752 and sealing foldable assembly 753 are located between sealing pressing assembly 754 and envelope conveying assembly 720, and the poly-bag is solid
Determine the top that component 751 is located at envelope conveying assembly 720.
The poly-bag fixation kit 751 includes that poly-bag fixation cylinder 7511 and poly-bag fixed plate 7512, the poly-bag are fixed
Plate 7512 fixes cylinder 7511 with poly-bag and is connected.Specifically, the poly-bag fixation kit 751 is located at the top of sealing position 726.
The sealing positioning component 752 includes sealing positioning cylinder 7521, sealing flat-removing air cyclinder 7522 and sealing locating rod
7523, the sealing locating rod 7523 is connected with sealing flat-removing air cyclinder 7522, and the sealing flat-removing air cyclinder 7522 is fixed with sealing
Position cylinder 7521 is connected.
The sealing foldable assembly 753 includes sealing foldable cylinder 7521 and sealing folded sheet 7532, and the sealing folds
Plate 7532 is connected with sealing foldable cylinder 7521.The sealing locating rod 7523 is located at sealing folded sheet 7532 and envelope conveying
Between component 720.
The sealing pressing assembly 754 includes sealing pressing cylinder 7541 and sealing force fit plate 7542, the sealing pressing
Plate 7542 is connected with sealing pressing cylinder 7541.
The rubberizing component 850 includes for adsorbing the suction offset plate 851 of adhesive tape, for driving suction offset plate 851 to be moved
Rubberizing cylinder 852 and for driving rubberizing cylinder 852 to carry out mobile rotary cylinder 853, the suction offset plate 851 and rubberizing
Cylinder 852 is connected, and the rubberizing cylinder 852 is connected with rotary cylinder 853.The rubberizing component 850 passes through the rotation
Cylinder 853 drives rubberizing cylinder 852 and inhales offset plate 851 and is moved at adhesive tape feed device 800 by inhaling the absorption adhesive tape of offset plate 851
Afterwards, the rotary cylinder 853 drives rubberizing cylinder 852 and inhales the top that offset plate 851 is moved to poly-bag, and rubberizing cylinder 852 drives
It inhales offset plate 851 and moves down the sealing operation that poly-bag sealing is bonded in by adhesive tape and completes poly-bag on envelope.
The specific workflow of the poly-bag packaging system 700：Poly-bag is fused and sealed by poly-bag cutting assembly 710
Dress, then poly-bag is delivered to by sealing position 726 by running fix component 740 and envelope conveying assembly 720.Poly-bag fixes cylinder
7511 drive poly-bag fixed plates 7512 are moved down is fixed on sealing position 726 by poly-bag, and the sealing positioning cylinder 7521 drives
The sealing part of poly-bag is fixed in sealing flat-removing air cyclinder 7522 and the sealing pushing of locating rod 7523, while sealing 7521 band of foldable cylinder
Dynamic sealing folded sheet 7532 moves upwardly so that the sealing part of poly-bag is folded up.Sealing pressing cylinder 7541 drives sealing pressing
Plate 7542 is moved to the direction of envelope conveying assembly 720, and the poly-bag being folded up is sealed pressing by sealing force fit plate 7542
To poly-bag, the sealing flat-removing air cyclinder 7522 drives sealing locating rod 7523 to move so that sealing locating rod 7523 is sealed from poly-bag
It is removed at mouthful.Then poly-bag sealing is bonded in the sealing operation that poly-bag is completed on envelope by rubberizing component 850 with adhesive tape.
As shown in Figure 18 to Figure 21, the adhesive tape feed device 800 includes adhesive tape feeding mounting bracket 810, for conveying glue
The adhesive tape feeding material component 820 of band is used for by the adhesive tape cutoff part 840 of adhesive tape cutoff, for pushing adhesive tape to the adhesive tape cutoff
The adhesive tape push component 830 of part and the securing component for pushing the adhesive tape that the acquisition of component 830 is truncated from the adhesive tape.
The adhesive tape feeding material component 820 includes that adhesive tape places wheel 821, adhesive tape drawing-inroller 822,823 He of adhesive tape feeding motor
Adhesive tape feeding belt, the adhesive tape are placed wheel 821, adhesive tape drawing-inroller 822 and adhesive tape feeding motor 823 and are installed mounted on adhesive tape feeding
On frame 810, the adhesive tape feeding belt is connected with adhesive tape drawing-inroller 822 and adhesive tape feeding motor 823, and adhesive tape is placed on adhesive tape and puts
It sets on wheel 821 and in winding to poly-bag drawing-inroller.Specifically, driving adhesive tape drawing-inroller 822 to revolve by adhesive tape feeding motor 823
Turn, is transported on poly-bag drawing-inroller so that adhesive tape places wheel 821 from adhesive tape.Adhesive tape is being cut by adhesive tape cutoff component
Break and send to rubberizing component 850.
The adhesive tape drawing-inroller 822 includes the first drawing-inroller 8221, the second drawing-inroller set gradually by constant spacing
8222 and third drawing-inroller 8223.
The adhesive tape push component 830 includes adhesive tape push cylinder 831, adhesive tape push sliding rail 832 and adhesive tape pushing plate
833, the adhesive tape pushing plate 833 is set on adhesive tape push sliding rail 832 and is connected with adhesive tape push cylinder 831, the glue
Band pushing plate 833 is provided with two pieces and is located at the first drawing-inroller 8221 and the second drawing-inroller 8222 and the second drawing-inroller
In gap between 8222 and third drawing-inroller 8223.
The adhesive tape cutoff part 840 is heating wire component, and the adhesive tape cutoff part 840 is mounted on adhesive tape drawing-inroller 822
Side.Specifically, adhesive tape push cylinder 831 drives the adhesive tape pushing plate 833 that is arranged in adhesive tape drawing-inroller 822 by adhesive tape to glue
Band is blocked at part 840 and is moved, and by heating wire by adhesive tape cutoff, is then drawn adhesive tape by rubberizing component 850, is carried out to poly-bag
Sealing.The adhesive tape pushing plate 833 being arranged in adhesive tape drawing-inroller 822 can be in the case where adhesive tape be sticked to adhesive tape drawing-inroller 822
Adhesive tape is pushed at adhesive tape cutoff part 840, ensure that the stability of adhesive tape feed device 800.
The push side of the adhesive tape pushing plate 833 and adhesive strips contact is in sawtooth pattern.By adhesive tape pushing plate 833 and adhesive strips contact
Push side be arranged to sawtooth pattern, can effectively prevent adhesive tape and be sticked on adhesive tape pushing plate 833 so that adhesive tape cutoff component
Can more stablize by adhesive tape cutoff and send to rubberizing component 850.
The securing component includes for obtaining the acquisition plate of adhesive tape, for driving the acquisition gas for obtaining plate and carrying out movement
Cylinder, the acquisition plate connect with cylinders are obtained.The acquisition plate and obtain cylinder in the present specification with the suction offset plate 851
It is same parts with rubberizing cylinder 852.
The specific workflow of the adhesive tape feed device 800：The adhesive tape feeding motor 823 drives adhesive tape drawing-inroller
Adhesive tape is placed wheel 821 from adhesive tape and is delivered on poly-bag drawing-inroller by 822 rotations, and shuts down after conveying fixed length,
The adhesive tape push cylinder 831 drives the adhesive tape pushing plate 833 that is arranged in adhesive tape drawing-inroller 822 by adhesive tape to adhesive tape cutoff part
It is pushed at 840, by heating wire by adhesive tape cutoff, adhesive tape is then obtained by securing component, complete the fixed length feeding behaviour of adhesive tape
Make.
The remote controler packaging handling equipment includes auto instrument automatic needle press 100, the feed rail for conveying product to be packaged
200, for product to be packaged to be pushed to the pushing material component 300 in poly-bag, for carrying out product and poly-bag to be transported to reflux
The envelope conveying assembly 720 of track 900, the reflux track 900 of the product reflux for being used to complete to pack to auto instrument automatic needle press 100,
And the rack 1100 for installing feed rail 200, pushing material component 300 and envelope conveying assembly 720, the feed rail
200 are arranged in the top of auto instrument automatic needle press 100, and the pushing material component 300 is arranged in auto instrument automatic needle press 100 and envelope conveying assembly 720
One end, the envelope conveying assembly 720 is arranged in the side of feed rail 200, and the reflux track 900 is located at feed rail
200 other end is simultaneously arranged in the side of auto instrument automatic needle press 100.
The remote controler packaging handling equipment is additionally provided with manual operation position 1200, and the manual operation position 1200 is located at
The side of reflux track 900.
Specifically, the auto instrument automatic needle press 100 is identical as the conveying direction of feed rail 200, the envelope conveying assembly 720
Conveying direction and auto instrument automatic needle press 100 conveying direction on the contrary, the reflux track 900 conveying direction and auto instrument automatic needle press 100
Conveying direction be mutually perpendicular to.The remote controler product handling equipment passes through manually by the production to be packaged in auto instrument automatic needle press 100
Product are placed into after being screened and being detected on feed rail 200, and product to be packaged is pushed to poly-bag by pushing material component 300
In after product and poly-bag are packaged by envelope conveying assembly 720 and be transported to reflux track 900, then pass through return current rail
Road 900 will complete the product reflux packed to auto instrument automatic needle press 100.The packaging process for completing entire product passes through remote controler product
Handling equipment realizes the charging and discharging of product, time saving and energy saving, high degree of automation.
Refering to Fig. 3, be provided on the feed rail 200 for product position and the positioning group that is adjusted of direction
Part, the positioning components include the positioning bar 210 being arranged on feed rail 200 and the tune in 200 end of feed rail are arranged
Position baffle 220.The positioning bar 210 is for limiting position of the product on feed rail 200 so that product is being delivered to charging
Positioned at the front of pushing material component 300 when the end of track 200, to ensure that product can push to poly-bag by pushing material component 300
In.The positioning baffle 220 is used to adjust the orientation of product so that longitudinal scraping wings of product and pushing material component 300 keeps flat
Row so that product, which can be accurately pushed into poly-bag, ensures the consistent and beautiful of poly-bag encapsulation.
As shown in Fig. 4 to Fig. 5, the pushing material component 300 includes for pushing in poly-bag product from feed rail 200
Longitudinal push component 310 and for product and poly-bag to be pushed to the crosswise pushing component 320 on envelope conveying assembly 720.
Longitudinal push component 310 includes longitudinal pushing plate 311, longitudinal push sliding rail 312 and longitudinal pushing motor
313, the longitudinal direction pushing plate 311 be set on longitudinal push sliding rail 312 and with 313 be connected by power of longitudinal pushing motor.It is described
Longitudinal pushing plate 311 is arranged in the end of feed rail 200 and positioned at 220 side of positioning baffle, and product is passing through baffle of transposing
Longitudinal pushing plate 311 is driven to push to product in poly-bag by longitudinal pushing motor 313 after 220 adjustment.
The transverse direction pushing material component 300 is including crosswise pushing plate 321 and for driving the laterally driven of crosswise pushing plate 321
Component.The crosswise pushing plate 321 includes the push arm 3211 for pushing product and poly-bag, for connecting drive component
Actuating arm 3213, and the linking arm 3212 for connecting push arm 3211 and actuating arm 3213, the push arm 3211 and drive
Swing arm 3213, the push arm 3211 are located in poly-bag, and the actuating arm 3213 is pierced by poly-bag.
Specifically, the laterally driven component includes driving motor 322, driving band, driving sliding rail 323 and driving sliding block
324, the actuating arm 3213 is mounted on driving sliding block 324, and the driving sliding block 324 is mounted on driving sliding rail 323, is passed through
The driving of driving motor 322 drives driving sliding block 324 and demarcation strip 610 to be moved, to push product and poly-bag into
Row movement, while actuating arm 3213 moves back and forth in poly-bag and can be further separated to poly-bag.It is understood that
In other embodiments, the driving component can also be by driving cylinder that demarcation strip 610 is driven to be moved, as long as therefore energy
Enough realize that the drive component of above-mentioned function or effect may be applicable to the present invention, since this is well-known to those skilled in the art
Common knowledge, details are not described herein.
The envelope conveying assembly 720 includes envelope conveyer belt 721, envelope feeder motor 722 and envelope conveying roller 723,
The envelope conveyer belt 721 is set on the envelope conveying roller 723, the envelope feeder motor 722 and envelope conveying roller 723
Be connected by power.Include feed inlet 724, position to be sealed 725, sealing position 726 and discharge port 727 on the envelope conveyer belt 721.
The poly-bag packaging system 700 for being packaged to poly-bag, the glue are provided on the envelope conveying assembly 720
The structure of bag packaging system 700 is identical as the above-mentioned structure of poly-bag packaging system 700, and details are not described herein.Product is being packed
It is sent to reflux track 900 after the completion and the product reflux packed will be completed to auto instrument automatic needle press 100 by the track 900 that flows back.It is complete
At the packaging process of entire product, the charging and discharging of product are realized by remote controler product handling equipment, it is time saving and energy saving,
High degree of automation.
It is to the specific landline of remote controler in the remote controler product handling equipment：Auto instrument automatic needle press 100 → artificial
Or manipulator → feed rail 200 → pushing material component, 300 → envelope conveying assembly 720 → reflux 900 → auto instrument automatic needle press of track
100。
It is understood that auto instrument automatic needle press 100, feed rail 200 and reflux track 900 in the present embodiment,
It is conveyed using mode of movement such as conveyer belts well-known to those skilled in the art, since this is that those skilled in the art institute is ripe
The common knowledge known is not repeating herein.
As shown in figure 27, a kind of automatic packaging method of remote controler product includes step S1, is waited for by auto instrument automatic needle press feeding
The remote controler of packaging；Step S2, future, the remote controler to be packaged of artesian water wire body manual or automatic was placed on feed rail；
Step S3 supplies continuous poly-bag by poly-bag feed device, and the poly-bag has blind end and open end；Step S4, passes through
Poly-bag printer device is to the poly-bag into marking；Step S5 is strutted the open end of the poly-bag by poly-bag separating device；Step
Open end of the remote controler through the poly-bag is sent into the inside of the poly-bag by pushing material component by rapid S6；Step S7, passes through adhesive tape
Feed device provides the adhesive tape for carrying out folded package to the poly-bag cut off；Step S8 will be accommodated by poly-bag packaging system
There is the poly-bag of remote controler to cut off one by one, and the poly-bag to cutting off carries out folded package；Step S9, will by flowing back track
The poly-bag for carrying out folded package is sent into the auto instrument automatic needle press.
In the description of the present invention, it is to be understood that, term " first ", " second " etc. are used for description purposes only, without
It can be interpreted as indicating or implying relative importance.For the ordinary skill in the art, on being understood with concrete condition
State the concrete meaning of term in the present invention.In addition, in the description of the present invention, unless otherwise indicated, the meaning of " plurality " is
Two or more.
Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that：Not
In the case of being detached from the principle of the present invention and objective a variety of change, modification, replacement and modification can be carried out to these embodiments, this
The range of invention is limited by claim and its equivalent.
Claims (6)
1. a kind of poly-bag printer device of automatic packaging equipment, which is characterized in that the poly-bag of the automatic packaging equipment moves
Printing equipment is set including marking component, and the marking component includes marking mounting bracket, the printing forme for providing marking pattern, for carrying out
The bat printing component of bat printing, the lubricating cup component for providing ink are used for by the ink solidification component of ink solidification, and for driving
The bat printing drive component of dynamic bat printing component and the movement of lubricating cup component, the printing forme are mounted on marking mounting bracket and are located at bat printing group
The lower section of part and lubricating cup component.
2. the poly-bag printer device of automatic packaging equipment according to claim 1, which is characterized in that the automation packet
It further includes for driving marking component to carry out mobile Three-axis drive component and for installing to install standby poly-bag printer device
The driving mounting bracket of Three-axis drive component, the Three-axis drive component include that the X-axis for driving bat printing component to move along the x-axis is driven
Dynamic component, the Y-axis drive component for driving bat printing component to be moved along Y-axis, and the Z for driving bat printing component to be moved along Z axis
Axis drive component, the bat printing component are mounted on Y-axis drive component, and the Y-axis drive component is connected with Z axis drive component
It connects, the Z axis drive component is connected with X-axis drive component.
3. the poly-bag printer device of automatic packaging equipment according to claim 1, which is characterized in that the bat printing driving
Component includes bat printing driving cylinder, bat printing driving sliding rail and bat printing driving sliding block, and the bat printing driving sliding block is set in bat printing drive
On dynamic sliding rail, the bat printing driving cylinder is connected with bat printing driving sliding block, and the bat printing component is connected with bat printing driving sliding block
It connects.
4. the poly-bag printer device of automatic packaging equipment according to claim 3, which is characterized in that the bat printing component
Include the marking head for carrying out marking to poly-bag, and for driving marking head to carry out mobile marking cylinder, the marking head
It is connect with marking cylinders, the marking cylinder is mounted on bat printing driving sliding block.
5. the poly-bag printer device of automatic packaging equipment according to claim 3, which is characterized in that the lubricating cup component
Include for storing ink and by lubricating cup that ink is filled on printing forme and mounting bracket for installing lubricating cup, the installation
Holder is connected with bat printing component.
6. the poly-bag printer device of automatic packaging equipment according to claim 1, which is characterized in that the ink solidification
Component is mounted on the bottom of marking mounting bracket, and the ink solidification component includes UV cure lamps, the bottom of the marking mounting bracket
It is provided with the cure lamp mounting groove for installing UV cure lamps.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820485352.4U CN208036807U (en) | 2018-04-03 | 2018-04-03 | A kind of poly-bag printer device of automatic packaging equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820485352.4U CN208036807U (en) | 2018-04-03 | 2018-04-03 | A kind of poly-bag printer device of automatic packaging equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208036807U true CN208036807U (en) | 2018-11-02 |
Family
ID=63944238
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820485352.4U Active CN208036807U (en) | 2018-04-03 | 2018-04-03 | A kind of poly-bag printer device of automatic packaging equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208036807U (en) |
-
2018
- 2018-04-03 CN CN201820485352.4U patent/CN208036807U/en active Active
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| CP03 | Change of name, title or address |
Address after: 518000 Building 201, No. 6, Tangwei Community Industrial Avenue, Fuhai Street, Baoan District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Jenover Technology Co., Ltd. Address before: 518000 Guangdong Shenzhen Baoan District Fuyong Street Fenghuang community Xingye three road 7 office building 302 Patentee before: Shenzhen City Founder Automation Technology Co., Ltd. |
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